Research on Production Operation System of Sucker Rod Pumping Units

Shaonan Wang; Yang Qiao; Jianjian Fan; Qingfeng Zhou

doi:10.54097/6sx39d55

Authors

Shaonan Wang
Yang Qiao
Jianjian Fan
Qingfeng Zhou

DOI:

https://doi.org/10.54097/6sx39d55

Keywords:

Dynamic Liquid Level; Pump Efficiency; Submergence Depth; Intermittent Oil Production.

Abstract

Oil is the most important raw material in modern industry, and its extraction mainly relies on natural flow and artificial lifting. Sucker rod pumping is currently the most widely used method of artificial lifting for mechanical oil extraction, accounting for about 60% to 70% of all methods. This paper deeply explores the theoretical methods involved in the production operation process of sucker rod pumping units. From the perspective of sucker rod pumping unit production operation, a literature review is conducted on the flow patterns in the wellbore, pump efficiency analysis, and intermittent oil extraction systems, clarifying the optimization objectives of liquid production and system efficiency, and sorting out from the aspects of dynamic liquid level, pump efficiency, reasonable submergence depth, and intermittent operation systems. Through in-depth analysis of these key areas, a solid methodological foundation is provided for the future design and development of sucker rod pumping unit production operation systems.

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